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Finite Element Analysis of Stent Deployment in Vessel with Symmetric Plaque

89,00 100,00
89,00 100,00
16 people watching this product now!

Material Includes

  • Abaqus .cae and .inp files
  • Excel File
  • Defined material and contact properties
  • Pre-loaded simulation steps (balloon inflation, holding, and deflation)
  • Visualized post-processing results for all deployment effects

Audience

  • Perfect for students, researchers, and engineers analyzing stent behavior in symmetric, balanced lesion conditions or testing stent design responses in simplified arterial environments.

About Course

FEA Simulation in Abaqus

This product presents a fully detailed finite element simulation of stent expansion in a coronary artery affected by symmetric plaque buildup. The model replicates a controlled, idealized clinical scenario for testing deployment accuracy and design behavior.

🔍 Key Features:

  • Built entirely in Abaqus/Explicit

  • Includes a balloon-expandable stent, a symmetric plaque, and a realistic artery

  • Captures key stent behaviors: foreshortening, radial recoil, longitudinal retraction, and dog boning

  • Material models:

    • Stent: Elastic–plastic (316L stainless steel)

    • Artery: Hyperelastic (Reduced Polynomial model)

    • Balloon: Hyperelastic (Mooney-Rivlin model)

Course Content

Downloadable files

  • Abaqus Files

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89,00 100,00
16 people watching this product now!

Material Includes

  • Abaqus .cae and .inp files
  • Excel File
  • Defined material and contact properties
  • Pre-loaded simulation steps (balloon inflation, holding, and deflation)
  • Visualized post-processing results for all deployment effects

Audience

  • Perfect for students, researchers, and engineers analyzing stent behavior in symmetric, balanced lesion conditions or testing stent design responses in simplified arterial environments.

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